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    • 3. 发明授权
    • Supercharging engine
    • 增压发动机
    • US09512789B2
    • 2016-12-06
    • US14546165
    • 2014-11-18
    • Hyundai Motor Company
    • Jangsu LeeJongman JunHyeungwoo LeeHyosang ChoSeungeun YuHyounghyoun Kim
    • F02B33/44F02D13/06F02D17/02F01L13/00F02B21/02
    • F02D17/026F01L13/0015F02B21/02F02B33/44F02D13/06Y02T10/18
    • A supercharging engine supplying compressed air to a combustion chamber as intake air may include at least two cylinders, a deactivation cylinder being at least one of the cylinders, and selectively deactivated, a compressed air tank adapted to store compressed air supplied from a combustion chamber of the deactivation cylinder, a compressed air storage passage formed to communicate the compressed air tank with the combustion chamber of the deactivation cylinder, an intake manifold selectively communicating with the compressed air tank, and a compressed air valve selectively opening/closing the compressed air storage passage, in which compressed air may be transmitted from the combustion chamber of the deactivation cylinder to the compressed air tank as the compressed air valve is opened in a compression stroke during deactivation of the deactivation cylinder.
    • 向作为进气的燃烧室供给压缩空气的增压发动机可以包括至少两个气缸,一个停用气缸,其至少是一个气缸,并且选择性地停用;一个压缩空气罐,适于储存从燃烧室供应的压缩空气 所述停用气缸,形成为将所述压缩空气罐与所述停用气缸的燃烧室连通的压缩空气存储通道,选择性地与所述压缩空气罐连通的进气歧管和选择性地打开/关闭所述压缩空气存储通道的压缩空气阀 ,其中在停用气缸停用期间,当压缩空气阀在压缩冲程中打开时,压缩空气可以从停用气缸的燃烧室传递到压缩空气罐。
    • 4. 发明申请
    • SUPERCHARGING ENGINE
    • 超级发动机
    • US20150167565A1
    • 2015-06-18
    • US14546165
    • 2014-11-18
    • Hyundai Motor Company
    • Jangsu LEEJongman JunHyeungwoo LeeHyosang ChoSeungeun YuHyounghyoun Kim
    • F02D17/02F02D23/00F01L13/00F02B33/44
    • F02D17/026F01L13/0015F02B21/02F02B33/44F02D13/06Y02T10/18
    • A supercharging engine supplying compressed air to a combustion chamber as intake air may include at least two cylinders, a deactivation cylinder being at least one of the cylinders, and selectively deactivated, a compressed air tank adapted to store compressed air supplied from a combustion chamber of the deactivation cylinder, a compressed air storage passage formed to communicate the compressed air tank with the combustion chamber of the deactivation cylinder, an intake manifold selectively communicating with the compressed air tank, and a compressed air valve selectively opening/closing the compressed air storage passage, in which compressed air may be transmitted from the combustion chamber of the deactivation cylinder to the compressed air tank as the compressed air valve is opened in a compression stroke during deactivation of the deactivation cylinder.
    • 向作为进气的燃烧室供给压缩空气的增压发动机可以包括至少两个气缸,一个停用气缸,其至少是一个气缸,并且选择性地停用;一个压缩空气罐,适于储存从燃烧室供应的压缩空气 所述停用气缸,形成为将所述压缩空气罐与所述停用气缸的燃烧室连通的压缩空气存储通道,选择性地与所述压缩空气罐连通的进气歧管和选择性地打开/关闭所述压缩空气存储通道的压缩空气阀 ,其中在停用气缸停用期间,当压缩空气阀在压缩冲程中打开时,压缩空气可以从停用气缸的燃烧室传递到压缩空气罐。
    • 7. 发明授权
    • Method for controlling variable valve lift apparatus and variable valve lift system
    • 用于控制可变气门提升装置和可变气门升程系统的方法
    • US09447738B2
    • 2016-09-20
    • US14144357
    • 2013-12-30
    • Hyundai Motor Company
    • Jang Su LeeJun YuKeun Sang KimHyeungwoo Lee
    • F02D41/30F02D13/02F02D41/00F01L1/34
    • F02D13/0207F01L1/34F02D41/0002F02D41/30F02D2041/001F02D2200/023Y02T10/18Y02T10/42
    • A method for controlling a variable valve lift apparatus includes: measuring an operation mode switching condition; determining whether the variable valve lift apparatus is in a normal operation condition; controlling the operation of the variable valve lift apparatus depending on a predetermined normal valve lift switching map; determining whether the variable valve lift apparatus is in a mode switching delay or switching disable condition from a high lift mode to a low lift mode or whether the variable valve lift apparatus is in the mode switching delay or switching disable condition from the low lift mode to the high lift mode; controlling the operation of the variable valve lift apparatus depending on a predetermined low oil temperature valve lift switching map; and controlling the operation of the variable valve lift apparatus depending on a predetermined high oil temperature valve lift switching map.
    • 一种用于控制可变气门提升装置的方法包括:测量操作模式切换条件; 确定可变气门提升装置是否处于正常操作状态; 根据预定的正常阀提升切换图控制可变气门提升装置的操作; 确定可变气门提升装置是否处于从高提升模式到低提升模式的模式切换延迟或切换禁用状态,或者可变气门提升装置是否处于从低升力模式到模式切换延迟或切换禁用状态 高升力模式; 根据预定的低油温阀升程切换图控制可变气门提升装置的操作; 以及根据预定的高油温阀提升切换图来控制可变气门提升装置的操作。